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首页> 外文期刊>Asian Journal of Chemistry: An International Quarterly Research Journal of Chemistry >Graphene Oxide-Paraffin as Working Electrode for Cyclic Voltammetry Analysis for Cadmium(II)
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Graphene Oxide-Paraffin as Working Electrode for Cyclic Voltammetry Analysis for Cadmium(II)

机译:石墨烯氧化物 - 石蜡作为镉循环伏安法分析的工作电极(II)

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In this work,the composition ratio of graphene oxide-paraffin as the best working electrode for analysis of cadmium solution at optimum conditions using cyclic voltammetry is reported.Graphene oxide from graphite was synthesized and characterized using the improved Hummer method.Testing the composition and condition of graphene oxide:paraffin electrode is best done by manipulating the graphene oxide:paraffin ratio,pH,deposition time and scan rate.The composition with a ratio of 8:2 % of graphene oxide:paraffm electrode produces the best of voltammogram.Recovery analysis is also performed with the results of linear curves in cadmium(II)solution with linearity 0.98992.Cyclic voltammetry analysis using graphene oxide:paraffin electrodes at optimum pH resulted an average recovery of 97.64 %.
机译:在这项工作中,将石墨烯 - 石蜡作为用于分析使用环状伏安法在最佳条件下分析镉溶液的最佳工作电极的组成比。使用改进的悍马方法合成来自石墨的图氧化物。 石英氧化物:通过操纵石蜡:石蜡比,pH,沉积时间和扫描速率最好地完成。具有8:2%的石墨烯氧化物的组合物:石蜡产生最佳的伏安图。再生分析 还通过在镉(II)溶液中的线性曲线的结果进行,具有线性物质0.98992。使用甲基氧化物的环伏安法分析:最佳pH下的石蜡电极导致平均回收率为97.64%。

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